Almacam Routing Brochure
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Product flyer The nesting and programming software for wood and plastic panel routing almaCAM Routing is a CAM solution for panels made out of non-metallic soft materials, especially wood and plastic, in small and medium batch quantities. almaCAM Routing supports various manufacturing processes: routing of nested parts and additional machining on single parts (edge machining), routing of nested parts “top side” and “down side” with additional machining on single parts as required. Totally independent of any CAD system, almaCAM Routing can work from any CAD-designed 3D part thanks to its functions of geometry recognition and automatic machining assignment. Moreover almaCAM Routing supports the technical constraints of a large variety of CNC routers and can generate programs for any of these machines. Alma CAM software 15, rue Georges Perec - F-38400 Saint-Martin-d’Hères Tél. +33 (0)4 76 63 76 20 - info@almacam.com Advantages and benefits • Geometry recognition and automatic machining assignment directly on 3D CAD parts resulting in time savings when preparing the parts. • One mouse click to perform the tool allocation and part nesting, optimize the machining sequencing including the part evacuation and generate the NC program. • High-performance automatic nesting (in terms of efficiency and calculation time). • Management of nested part production and complementary machining assignment on unitary parts. • Support of any type of machining and of the technological functions of any routing machine. • During machining assignment, identification of available machines with their functional characteristics. • Easy configuration and possible customization

Product flyer Significant material savings Significant loss rate reduction thanks to automatic nesting performance, with several strategies available. Minimum programming times and error rate • For any 3D part imported from any CAD software, automatic recognition of technological characteristics on both sides (pocketing, piercing, groove, rabbet and bevel) requiring no data keyboarding et reducing risk of errors. • Automatic assignment of the technological (machining) characteristics (pocketing, piercing, groove, rabbet and bevel) and allocation of the adequate tool. • Automatic nesting...